OGS
[tag] name

One of the implemented properties as given in MaterialPropertyLib::PropertyType.

Additional info

From MaterialLib/MPL/CreateProperty.cpp line 314

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateBishopsSaturationCutoff.cpp line 23

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateSaturationDependentThermalConductivity.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateLinear.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/SwellingStress/CreateLinearSaturationSwellingStress.cpp line 27

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/VapourDiffusion/CreateVapourDiffusionFEBEX.cpp line 29

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/VapourDiffusion/CreateVapourDiffusionPMQ.cpp line 28

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateSaturationDependentSwelling.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateEffectiveThermalConductivityPorosityMixing.cpp line 28

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateDupuitPermeability.cpp line 28

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateCurve.cpp line 32

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreatePermeabilityMohrCoulombFailureIndexModel.cpp line 44

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/Enthalpy/CreateWaterVapourLatentHeatWithCriticalTemperature.cpp line 30

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/Enthalpy/CreateLinearWaterVapourLatentHeat.cpp line 29

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermBrooksCoreyNonwettingPhase.cpp line 27

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermBrooksCorey.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermLiakopoulos.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermNonWettingPhaseVanGenuchtenMualem.cpp line 30

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermVanGenuchten.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermUdell.cpp line 26

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/RelativePermeability/CreateRelPermUdellNonwettingPhase.cpp line 26

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateGasPressureDependentPermeability.cpp line 44

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreatePermeabilityOrthotropicPowerLaw.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateFunction.cpp line 22

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateBishopsPowerLaw.cpp line 23

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateExponential.cpp line 26

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateStrainDependentPermeability.cpp line 44

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateParameter.cpp line 31

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateTransportPorosityFromMassBalance.cpp line 28

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateEmbeddedFracturePermeability.cpp line 32

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/ThermalConductivity/CreateSoilThermalConductivitySomerton.cpp line 35

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/Density/CreateWaterVapourDensity.cpp line 29

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateIdealGasLaw.cpp line 26

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateOrthotropicEmbeddedFracturePermeability.cpp line 34

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateClausiusClapeyron.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateConstant.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreatePorosityFromMassBalance.cpp line 27

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CreateAverageMolarMass.cpp line 25

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CapillaryPressureSaturation/CreateSaturationLiakopoulos.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CapillaryPressureSaturation/CreateSaturationExponential.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CapillaryPressureSaturation/CreateSaturationVanGenuchten.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CapillaryPressureSaturation/CreateCapillaryPressureVanGenuchten.cpp line 28

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

From MaterialLib/MPL/Properties/CapillaryPressureSaturation/CreateSaturationBrooksCorey.cpp line 24

  • This is a required parameter.
  • Data type: std::string
  • Expanded tag path: NONEXISTENT.property.name
  • Go to source code: → ogs/ogs/master

Used in the following test data files

Used in no end-to-end test cases.